天线阵

tiān xiàn zhèn
  • antenna array
天线阵天线阵
  1. 天线阵结构对非视距室内MIMO信道容量的影响

    Antenna Array Structures Effect on Capacity of Indoor NLOS MIMO Channel

  2. 基于定点LMS算法的自适应天线阵技术及其FPGA实现

    FPGA implementation of adaptive antenna array technology based on fixed-point LMS algorithm

  3. 小型化GPS锥面共形天线阵的研制

    Development of a compact conical conformal array antenna for GPS

  4. 用MATLAB实现自适应天线阵仿真系统

    Realization of Adaptive Antenna Array Simulation System Using MATLAB

  5. X波段宽频带高增益微带天线阵设计

    Design on X-band Wideband and High-gain Microstrip Antenna

  6. GPS自适应天线阵在动态实时抗干扰中的应用研究

    Real time dynamic anti-jamming of GPS adaptive antenna-array

  7. 天线阵元通道失配校正的FPGA实现

    FPGA based calibration method for channel imbalance of array antenna

  8. FDTD分析时域平面TEM喇叭天线阵

    Analyze Time Domain Planar TEM Horn Antenna Array Based on FDTD

  9. 基于天线阵元功率限制MIMO系统的自适应调制

    Adaptive modulation in MIMO with power constraints on each AFE

  10. 加罩天线阵辐射特性的MoM建模与快速计算

    MoM Modeling and Fast Computation for the Radiation Characteristics of an Antenna Array with a Radome

  11. 一种新型高增益超宽带(UWB)宽槽天线阵的设计

    A Novel High-Gain Ultra-wideband ( UWB ) Wide Slot Antenna Array Design

  12. 遗传算法与FDTD优化设计智能天线阵

    Optimal Design of Smart Antenna Array by Genetic Algorithm and FDTD

  13. WCDMA中LMS自适应天线阵的硬件实现

    A hardware implementation of LMS adaptive array for WCDMA system

  14. Ka波段单脉冲缝隙天线阵馈电网络设计与仿真

    Design and Simulation of Feed Network for Monopulse Slot-array Waveguide Antenna at Ka-band

  15. 本文的核心工作和创新点主要体现在以下几个方面:1.建立了强干扰环境下基于天线阵的抗干扰导航接收机接收信号的数学模型和基于Matlab的仿真模型。

    Built the mathematical model and Matlab simulation model of array signals for the anti-jamming navigation receiver in the strong interference environment . 2 .

  16. UHF偶极子天线阵水平方向图最佳参数的选择

    Computer-aided Selection of Optimum Parameters for Horizontal Directivity Diagram of UHF Dipole Antenna Array

  17. 针对直接序列扩频同步码分多址(CDMA)通信系统,提出了一种基于均匀直线天线阵的CDMA信号波达方向(DOA)估计新方法。

    A novel approach for DOA estimation with a uniform linear antenna array was proposed for CDMA communication systems .

  18. 本文研究了一种新型圆形智能天线阵在3G通信系统所在频段的互耦补偿。

    This paper investigates the benefit of mutual coupling compensation in a novel smart antenna circular array at 3G-communication system frequency .

  19. 针对空间谱估计MUSIC方法对天线阵各通道增益和相位敏感的情况,对于均匀圆形阵列,提出了一种多通道幅相误差校正方法。

    Because the spatial spectrum estimation MUSIC algorithm is very sensitive to channel 's gain and phase , a correction method for the amplitude-phase error is proposed for uniform circular array .

  20. Ku波段DBS微带接收天线阵

    A Ku-band DBS Microstrip Receiving Antenna Array

  21. 为此,论文研究了基于MMSE准则的自适应天线阵实现和应用问题。

    Thus , this dissertation investigates the implementation and application of adaptive array based on MMSE criteria .

  22. HT-7低杂波相控天线阵的耦合特性分析

    Coupling Property Analysis of HT-7 Lower Hybrid Current Drive Phased Waveguide Arrays

  23. 基于pre-FFTOFDM自适应天线阵的最佳波束成形算法

    Optimum Beamforming Algorithm for Pre-FFT OFDM Adaptive Antenna Array

  24. EBG结构在微带天线阵中的应用

    The Application of EBG Structure to Microstrip Antenna Array

  25. 将基于GA(遗传算法)的波束成形算法应用于二维圆形天线阵,研究了算法在解决抑制多个窄角度强干扰问题时的性能;

    A genetic algorithm ( GA ) assisted beamforming algorithm is applied to a 2-dimensional circular antenna array , and its performance of pattern nulling is studied .

  26. 由于在FFT处理器输出端保持了天线阵元上所有的信息,可以获得灵活的方向图。

    Since all the information available at the array elements is preserved at the output of FFT processor , flexible antenna patterns can be obtained .

  27. 针对天线阵CDMA系统,提出了一种基于新的待检用户信号波形估计的盲多用户检测方法。

    A blind multiuser detection ( MUD ) method based on a new desired user ' signature waveform estimation method in antenna array CDMA systems is proposed .

  28. 论文着重研究了ETC系统中微波模块的主要部件:两个高稳定度、低相噪的锁相振荡源及高增益圆极化的车道天线阵。

    In this paper , Two high stable , low SSB phase noise PLL ( Phase-locked Loop ) and high gain , circularly polarized microstrip array which are fit for ETC are presented .

  29. 在天线阵自适应算法中引入一种TH神经网络,从而实现了算法的实时处理,并给出了计算机仿真结果。

    In this paper , a TH network is applied in an adaptive array algorithm , which can implement the algorithm in real time . Computer emulation results are furnished .

  30. 由于WSN节点在空间上的位置具有随机性且概率分布是任意的,因此WSN波束合成实际上是一个任意分布的随机分布天线阵综合问题。

    Since the WSN nodes are arbitrarily distributed , the WSN beamforming problem is actually a synthesis problem of randomly spaced antenna arrays with arbitrary distribution .